In recent years, Linux-based clusters have become more prevalent as a basis for High Performance Computing (HPC) systems. Network performance analysis is crucial to the management and administration of such clusters. To assist in this process, we developed Hpcbench [8] to measure UDP, TCP and MPI communications over high performance networks. Hpcbench records and tracks experiment results and system statistics, facilitating detailed analyses of network behaviour. In this paper, we introduce the design and prototype implementation of Hpcbench, and demonstrate Hpcbench in evaluating the network performance of three high performance interconnects in HPC clusters
Cluster interconnect performance is typically characterized by latency and throughput. However, not ...
As the field of High Performance Computing (HPC) approaches the Exascale era we see larger systems c...
This is a report of the work done during the Openlab Summer Student Programme 2022 within the ATLAS ...
Inter-node networks are a key capability of High-Performance Computing (HPC) systems that differenti...
For high performance computing (HPC), clusters of workstations are becoming very popular platforms,...
Networks are the backbone of modern HPC systems. They serve as a critical piece of infrastructure, t...
This paper provides experimental data and analysis to quantify both the peak and sustained performan...
Cluster computing has emerged as a viable alternative to massively parallel super-computers to cope ...
The HPC2N Super Cluster is a truly self-made high-performance Linux cluster with 240 AMD processors...
peer reviewedHigh Performance Computing (HPC) encompasses advanced computation over parallel process...
The scalability of High Performance Computing (HPC) applications depends heavily on the efficient su...
Abstract—Ethernet has been used for interconnection networks of high-performance computing (HPC) sys...
In this paper after a short theoretical introduction about modern techniques used inparallel computi...
Cluster computing is an economical alternative for the need of high performance computing, whereas p...
We present a benchmarking study that compares the performance of a network of four PCs connected by ...
Cluster interconnect performance is typically characterized by latency and throughput. However, not ...
As the field of High Performance Computing (HPC) approaches the Exascale era we see larger systems c...
This is a report of the work done during the Openlab Summer Student Programme 2022 within the ATLAS ...
Inter-node networks are a key capability of High-Performance Computing (HPC) systems that differenti...
For high performance computing (HPC), clusters of workstations are becoming very popular platforms,...
Networks are the backbone of modern HPC systems. They serve as a critical piece of infrastructure, t...
This paper provides experimental data and analysis to quantify both the peak and sustained performan...
Cluster computing has emerged as a viable alternative to massively parallel super-computers to cope ...
The HPC2N Super Cluster is a truly self-made high-performance Linux cluster with 240 AMD processors...
peer reviewedHigh Performance Computing (HPC) encompasses advanced computation over parallel process...
The scalability of High Performance Computing (HPC) applications depends heavily on the efficient su...
Abstract—Ethernet has been used for interconnection networks of high-performance computing (HPC) sys...
In this paper after a short theoretical introduction about modern techniques used inparallel computi...
Cluster computing is an economical alternative for the need of high performance computing, whereas p...
We present a benchmarking study that compares the performance of a network of four PCs connected by ...
Cluster interconnect performance is typically characterized by latency and throughput. However, not ...
As the field of High Performance Computing (HPC) approaches the Exascale era we see larger systems c...
This is a report of the work done during the Openlab Summer Student Programme 2022 within the ATLAS ...